Unfold AI is better at identifying cancer margins in the prostate than physicians identifying margins by sight, according to a new study. This AI improves accuracy from 67% to 84%, giving physicians more clarity and treatment planning, allowing them to better recommend therapies tailored to each patient.
The field of surgical oncology has undergone transformative advancements over the last decade. From refining minimally invasive techniques to leveraging immunotherapy and viral oncolytics, our collective goal remains the same: improving patient outcomes while reducing treatment burden. At City of Hope, we have prioritized accelerating the translation of laboratory discoveries into clinical applications, and nowhere is this more evident than in our work with oncolytic viruses, remote surgery, and the integration of AI in surgical decision-making.
